What makes a facade truly unique?

What to look for in a facade?

 

What’s in a good facade? A well done one can transform the outside of a building, giving a tired exterior a facelift or simply bringing an old building into the modern age.

Facades do more than look pretty. There are serious savings to be made in your energy expenditure bill, and by selecting ones that combat solar glare without impacting employees’ ability to see outside, productivity can be increased too.

At Locker Group, we offer a range of innovative facade designs that suit numerous applications. Below, we’ve outlined three different products, highlighting what makes them stand out solutions for any facade application.

Atmosphere

While natural lighting is good, there is such a thing as too much. Trying to work with the sun in your eyes or on your computer screen can put a halt to the productivity of even the most earnest employee. This is where Atmosphere’s perforated panels step in.

This new addition to the facade market has been specifically designed to combat solar glare yet allow workers a clear view of the space outside. Atmosphere achieves this thanks to folded steel panels that are versatile enough to meet any need. With different sized perforations on the top and bottom face, the panels simultaneously reduce the amount of solar radiation entering an office while maximising vision outside.

Reducing the amount of sunlight (and therefore heat) serves a double purpose. With less radiation entering the interior, less energy is required to cool the building. During period of peak sunlight, such as the height of summer, this can translate to serious energy savings. Simply installing Atmosphere to the exterior of a building reduces the amount of solar radiation hitting the glass by around 70 per cent. For a typical building, this can account for as much as a 40 per cent reduction in energy costs.

Pic Perf, a creative and versatile facade option.Pic Perf, a creative and versatile facade option.

Pic Perf

Your office is often the face of your company, so when it’s time for a makeover, Pic Perf is the way to go. Suddenly, a blank wall is transformed into a work of art overnight.

Pic Perf is a technique that adds a design to an existing facade such as Atmosphere. It carries the illusion of a single wall of art, creating an image from hundreds and thousands of punched holes, while still carrying out its regular functions as a facade. Despite looking like a solid wall from a distance, the perforated metal sheets retain air flow, vision and shade protection. As it combines the benefits of Atmosphere, using Pic Perf will see similar reductions in energy expenditure. It even works well as internal features.

Customisable to internal or external application with any image to suit, it’s an addition that’s designed to leave an impact.

Expanded metal

Rounding off the list is expanded metal. Designed for the prevention of the harsh glare of sunlight, this robust facade has a multitude of uses. Some of the applications suited for this product include:

  • Car park enclosures
  • Security screening
  • Plant screens
  • Balustrade panels
  • Privacy screens

In an external application, expanded metal gives an industrial look to the outside of a building when viewed up close, yet appear lightweight and open from afar.

The function and versatility of metal facades is an effective and economic option for the renovation of a building’s exterior. At Locker Group, we like to work closely with architects and designers to come up with creative solutions to construction requirements, whether the aim is to increase productivity by combating the sun, or to turn a building’s exterior into a giant logo.

To find out more, get in touch with the team at Locker Group today.

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Are conveyor belts the best transport option?

Materials handling and efficiency: conveyor belts or dump trucks?

 

Most minerals travel a long distance from their point of extraction to their point of processing. Traditionally, trucks and other diesel engines have been the preferred mode of transport, but with rising petrol costs, maintenance and environmental impact, trucks have become an inefficient and costly option.

Alternatively, the use of conveyor belt systems is becoming a popular option for long-distance materials handling. Mines all over the world, including the Fabrica Mine in Minas Gerais State, Brazil have investigated the use of such systems for materials handling and found that conveyors hold a number of advantages over traditional modes of transportation.

Diesel is an inefficient and costly transport option.Diesel transportation is no longer the most efficient option.

Conveyor belts versus trucks: a question of energy efficiency

Mines have long sought to provide a balance between supplying essential non-renewable materials and lessening the environmental impact of getting them. Extraction of minerals is an energy-intensive process that currently relies heavily on fossil fuels. Advancements in technologies that aim to lessen the energy cost and resulting carbon footprint have the potential to dramatically lessen the impact mining has on the environment.

Conveyor belts have the potential to operate at 98 per cent energy efficiency and contribute much less to the energy cost of material handling.

According to a 2007 US Department of Energy study entitled “Mining Industry Energy Bandwidth”, diesel equipment is less efficient than electric equipment. Diesel transportation, such as service trucks, bulk trucks and rear-dump trucks, is highly energy intensive and accounts for 87 per cent of total energy consumed in materials handling. What’s more, according to the study, diesel transportation can only operate at a maximum 63 per cent efficiency rate.

On the other hand, electrical equipment such as conveyor belts have the potential to operate at 98 per cent energy efficiency and contribute much less to the energy cost of material handling. The added advantage is that electric systems do not generate exhaust fumes, which further lessens the environmental impact of materials handling.

Advantages of conveyors

The Fabrica Mine case study found that conveyor belt technology proved to be an effective and low-cost method of transportation. While they initially come with a high cost of investment and are less flexible than trucks, conveyor systems offer a number of distinct advantages:

  • Ability to transport over long distances.
  • Continuous production.
  • High capacity.
  • Lower environmental impact.
  • Low operation and maintenance costs.

Additionally, according to the book Evolutionary and Revolutionary Technologies for Mining (2002), in certain scenarios transport by conveyor belt systems allows for extra processing such as physical separation, prior to the material reaching the processing mills. This integration of processing and transport can further improve upon the efficiency of the system.

At Locker Group, our conveyor systems of woven wire, rolmat, spiral, plastic and plastic hybrid belts suit any conveyor application. To find out more, get in touch with our team today.

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Metal has a multitude of uses in architecture and art.

The versatility of metal in architecture and design

 

Metal is a versatile medium that has an equal place in both architecture and art. In architectural design, applications range from facades to internal features and dividers to wall coverings and screens. Meanwhile, in the arts, the results of using metal can be truly stunning, creating works that can dominate a landscape.

The versatility of wire mesh and perforated metal is one of the many reasons artists use it as their preferred medium, transforming metal products into new and wholly unexpected forms such as brilliant and captivating sculptures.

 

Wire mesh and ghostly buildings

Reconstructing ancient buildings out of woven metal might seem far-fetched, but not to Italian artist Edoardo Tresoldi. Last year, Mr Tresoldi recreated an early Christian church directly on top of its archaeological site in Siponto, Italy, completely out of woven metal. This full-scale structure was created above the original site of the Santa Maria Maggiore di Siponto Church, whose basillica was destroyed in the 13th century, according to Dezeen magazine.

Mesh and light

Closer to home, designer Stone and Milnehouse took advantage of Locker Group’s transient wire meshes to bring an art installation to life on Conrad Road on the Ponds in Sydney. This major installation “Float” explores the presence and absence of water in the landscape. We worked closely with the designers to create this iconic artwork in the Pond’s community, providing a focal point to the area with the soft billowing umbrellas. The umbrellas glow at night, the colour changing with the seasons with the LED lighting responding to seasonality and rainfall.

Perforated metal taking on the form of organic coral

From bringing ancient churches back to life to creating organic-looking artworks, metal can do it all.

The imposing installation “Under Magnitude,” in the Orlando Convention Centre, looks more like enormous bleached coral than perforated aluminium. These branching, tubular structures have been made by hand-curved 1-millimetre thick strips, riveted together to create a piece that is strong enough to walk on. In all, Dezeen reports that over 4,600 strips were used to make this two-storey structure. It was designed by architect Marc Fornes and his studio The Very Many, which alongside “Under Magnitude” has created many similar surreal sculptures inspired by nature.

At Locker Group, we’re passionate about applying our architectural wire, woven and perforated metal products in fascinating and unusual ways. As far as we’re concerned, the only limit is your imagination. To find out more, get in touch with our team today.

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Are open offices the best way to go?

How to improve open offices with private workspaces

 

Our work environment plays a big part in how much we enjoy our jobs. While an open office is desirable for many, and a good way to up employee satisfaction at work, it might be wise to hold off on immediately tearing down every single internal wall. As it turns out, it’s a blend of open and private spaces that really fosters innovation and productivity.

If you’ve already reduced your office space to a singular, vast room, don’t panic. There are a number of creative metal design options to create a range of internal walls to give your employees the full spectrum of open and closed workspaces.

Productivity benefits from a range of open and private spaces.Productivity benefits from a range of open and private spaces.

Open is good, but not for everything

According to Robert Walters’ workspace design survey, nearly half of respondents prefer an open workspace environment that has some form of acoustic and visual partitioning between work stations.

While people want to work in an open office, when it comes to productivity, the lines between open and private begin to blur. The British Council of Offices’ 2016 “What Workers Want” report revealed that similar numbers of employees (around 45 per cent) have no preference between open and private offices. In fact, the report suggests that when it comes to “significantly increasing productivity”, private offices come out ahead.

Gensler’s 2016 workplace survey seems to agree. For increased innovation and effectiveness at work, respondents rated private offices more highly than open ones. However, in terms of satisfaction, workers reported that the ability to choose between open and private workspaces was an integral part of their job satisfaction.

There are a number of way to introduce effective partitioning in open plan offices without the need to erect walls.

How to achieve a blended office space

The Robert Walters survey found that there is a strong preference for employees to have some form of visual and acoustic partitioning in their offices. This is the case regardless of size. In fact, employees in larger offices are more likely to seek out partitioned workspaces for privacy and retreat from the buzz of the normal office environment.

There are a number of ways to introduce effective partitioning in open plan offices without the need to erect walls. For example, metal partitioning in the form of woven wire mesh or perforated steel are practical alternatives to creating divisions in interior spaces. Wire mesh curtains are a great way to add depth to a room and define smaller, more private spaces without losing airflow or light.

To find out more, get in touch with the team at Locker Group today.

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Dust is everywhere in the mining industry.

The importance of preventing dust formation in Australian mines

 

Dust is a persistent issue with Australian mine sites, whether above ground or below. Considering that May 2015 brought the first case of black lung in over 30 years and many more have followed, according to Australian Mining, it’s wise for work health and safety experts to pay close attention to the issue of reducing and preventing dust.

There are many available options for dealing with dust, minimising both the amount and the impact it has on workers in the industry, including the use of Locker Group’s mining products.

It's not just underground where dust is a problem.It’s not just underground where dust is a problem.

Dust is a persistent issue and hazard.

Navigating the regulations of dust control, providing the correct safety equipment and preventing dust formation are some of the challenges the mining industry faces. According to the Australian Department of the Environment Dust Study report, dust is an inevitable problem for almost all forms of mining. While it’s hard to correlate volume of dust with its impact on people’s health, many dusts do contain metals that have a known detrimental effect on people’s well-being and are potentially hazardous. Case in point: the 16 confirmed cases of black lung reported by Australian Mining in recent months.

Dust generated from haul roads within the mines is the biggest source of fine dust particles on most mine sites, contributing about 40 per cent of total emissions.

Dust can come from a number of sources. Blasting, handling, processing or transportation of soil and rock are just some examples of activities that generate dust. In the case of the black lung incidents, one of the surprising things about the case is that one of the more recent incidents arose in an open cut mine, which runs counter to the perception that underground mines are more dangerous for respiratory diseases.

It’s not just industrial production that generates dust. Speaking to Australian Mining, EPA acting chief executive Mark Gifford explains that roads are the most common source of dust.

“Dust generated from haul roads within the mines is the biggest source of fine dust particles on most mine sites, contributing about 40 per cent of total emissions,” he said.

Reducing workers’ exposure to dust and particulates

While the most effective way to reduce dust and keep it from going airborne is through the use of sprays, creating barriers and fences to prevent employees accessing areas that are known to generate a lot of airborne particulates is another way to control worker exposure to dust, according to the Department of the Environment.

This includes maintaining the walkways employees use to access sites. In order to reduce the amount of dust produced from foot traffic, it may be a good idea to install custom walkways that give workers an alternative to kicking up particulate matter.

To find out more about our mining products, get in touch with Locker Group today.

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What does underground architecture have to offer Australia?

Living underground: Where mining and architecture meet

 

If there are two industries Locker Group knows about, it’s architecture and mining. These fields seem like they’d be fairly separate, but there is an area where they overlap and intermingle: underground buildings. Given our interest in the contributing elements, and the potential underground building has in Australia, we thought we’d take a look at this fascinating movement in structural design:

The potential benefits of going underground

There are several appeals to living or working in underground structures. These primarily come down to issues of space or climate.

Living underground can be more appealing because the surface environment is simply inhospitable.

For some densely populated areas, particularly urban spaces, there is a need for more space to accommodate ever-expanding populations, but no more land area to spread out into. The BBC says that this is a major issue in Singapore, an island nation that has used its available land to its limits and is still the second most densely populated city in the world. With hardly any natural spaces left, and high-rises extending into the suburbs, Singapore is now looking at underground developments as an option for housing new industrial facilities.

And in several parts of the world, living underground is more appealing than staying on the surface because the environment is simply inhospitable. A perfect example of this is the South Australian mining town of Coober Pedy, where roughly 80 per cent of the population lives underground. Temperatures on the surface can get up to 50 degrees in the height of summer, so migrating into the cooler air of the mines below offers a logical solution.

Underground buildings also offer the opportunity to hide or disguise features that you’d rather were not visually prominent, such as newer buildings in heritage areas.

A photo posted by FeeBee (@fobiness) on

The challenges of subterranean architecture

As architect and writer Witold Rybczynski points out in Slate Magazine, the discreetness of underground buildings is undercut by their practical needs for access – you can hide away your car park or information centre all you want, but it still needs a clearly labelled entrance, wheelchair access, emergency exits and vehicle ramps that will announce its presence.

Even for buildings that are not trying to disguise their presence, being underground presents challenges that surface-level architecture doesn’t have to face. Natural light and ventilation are features to consider for any structure, but they take on a new level of importance when your structure is buried in rock. The logistics of doing the initial excavation and construction safely also mean additional cost and time pressures – challenges those in the mining industry will know all about.

The other major problem that subterranean architecture faces is people’s resistance to living underground.

“The human mind is naturally predisposed to fear underground spaces, which it associates with dark, small, cavernous environments and a danger of being buried alive,” Mexican architect Esteban Suarez told the BBC.

To alleviate the discomfort people feel when they’re underground, the solution is to make sure that they don’t feel like they’re confined. Gunnar D Jenssen, an underground psychology researcher, said to the BBC that clean air and the perception of open space can do a lot to reduce people’s stress about being underground. Keeping underground spaces well lit also has a considerable effect on how comfortable people feel.

Locker Group has years of experience providing both the mining and architectural industries with products, services and advice. This means we have a unique outlook to offer companies or designers looking at subterranean architecture in Australia. Our architectural products such as expanded and perforated metal facades, which have proven value in conventional architecture, could be repurposed into underground architecture in exciting ways.

To find out more about what Locker Group offers and how we can help you with your next project, whether it’s above ground or below, please get in touch today.

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The move towards sustainable architecture is all about addressing Australia's climate.

Writing sustainability into every step of the design process

 

The concept of sustainability is gaining prominence in architectural and design circles, but many of Australia’s buildings are still being built in ways that don’t account for our hot, sun-drenched climate. This year’s Australian Smart Skyscrapers Summit shows Australian architects are starting to pay attention, but as a whole the industry isn’t doing as well as it could. There are still too many residential and commercial buildings relying on energy-draining air conditioning to cool inhabitants. However, with a different approach to context and materials, our architecture could be more sustainable and better for people and for the environment.

Brisbane buildings aren’t optimised for the conditions

Many of Brisbane’s new apartment buildings failed to account for the area’s subtropical climate.

In November of last year, Associate Professor Rosemary Kennedy of Queensland University of Technology told the International Conference on Energy and Environment of Residential Buildings that many of Brisbane’s new apartment buildings failed to account for the area’s subtropical climate, and that this was a failure of their design.

“We need to see more use of fundamental architectural principles that are suitable for the city’s subtropical climate and lifestyle,” Professor Kennedy said. She recommended an architectural approach that “uses passive strategies and appropriate orientation with active participation of occupants to regulate the flow of heat and air, and control noise.”

Understanding a building's location and conditions is key to designing it to be energy-efficient.Understanding a building’s location and conditions is crucial to designing it to be energy-efficient.

Flexibility is key

Others in the field have shared similar sentiments about Australia’s lack of location-sensitive design. Architect Simon Disler told ABC News that flexibility is an important part of sustainable architecture, and one that is largely missing from Australian residential buildings. He argued that a building will perform better in terms of energy use and user comfort if it is built with its location in mind.

“There’s not really any expertise, and much consideration of which way it should face regarding the sun, which is going to give you your sort of key performance,” he said.

This criticism echoes Professor Kennedy’s primary complaints about Brisbane’s apartments, which don’t address the direct sunlight the buildings face. She said that the style of design has too much glass and not enough natural ventilation for the conditions – both issues that could be solved with a combination of sensible planning and appropriate materials.

The idea of passive design

Caroline Pidcock is a Sydney-based architect who focuses on sustainability in her work. She argues that the principle of passive design – designing a building to work with its location, orientation and climate – is one of the most important concepts an architect can employ in their work.

In Australia, sustainability often comes down to deciding how to deal with the sun.

“By working cleverly with that, you can create beautiful spaces with enormous amounts of natural comfort,” she told The Huffington Post Australia. “For me, that is a good aim – and it can be achieved for little to no cost.”

For Pidcock, sustainability comes from designing buildings specific to their situation, and in Australia, that so often comes down to deciding how to deal with the sun.

Locker Group products’ contribution to sustainable design

Locker Group has worked to develop a diverse range of architectural products that can be used to shade buildings from direct sunlight without reducing natural light or blocking the occupants’ view out from the interior. These include perforated and expanded metals, wire curtains and our Atmosphere facade system. All of these are available in a range of materials and finishes to suit any aesthetic style.

Here at Locker Group, we’re optimistic about the potential Australian architecture has to make the most of our climate, and we’re excited by the projects that are already taking advantage of sustainable design. We like to work closely with architects and designers to realise their ideas for efficient, sustainable buildings. If you’ve got a project you’d like to collaborate on with us, please get in touch and we can discuss the possibilities our products can offer.

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Bizarre architecture doesn't have to be a bad thing.

Embracing the creativity of weird architecture

 

China’s ban on what it describes as ‘bizarre’ architecture has been debated and criticised in architectural circles. China’s State Council has said it wants the country to focus on buildings that are economical, functional, and aesthetically pleasing – and anything that doesn’t fit this description will be banned. At Locker Group we think there is always room for play and exuberance in architecture, and we celebrate the creative projects our architectural products have been a part of here in Australia.

China’s ban on weird architecture

In February 2016 China’s State Council released urban planning guidelines that banned ‘bizarre’ and ‘odd-shaped’ buildings that do not reflect Chinese cultural heritage. Forbes calls the move “the latest roadblock to creative expression” in China, as it is now the government who decides what architecture can be defined as ‘aesthetically pleasing’.

In recent decades Chinese architecture has had a burst of unique, elaborate architectural projects that coincided with China’s economic boom, CNN reports. This has lead to the country being described as an ‘architect’s playground’. Notable projects include the coin-shaped Guangzhou Circle, and the CCTV headquarters in Beijing, which locals have nicknamed the ‘Big Pants’.

The State Council’s announcement signals a return to more traditional architectural values, albeit with an environmental focus.

Embracing the bizarre in our collaborative projects 

Although we are all in favour of architecture that is more environmentally friendly and economical, this does not necessarily have to come at the expense of imagination or creativity. Architecture can satisfy the criteria of function and practicality while still being visually dazzling. We believe this is proven by some of the recent Australian projects that Locker Group has been able to take part in recently.

Take KUD House in Melbourne, for example, which rethinks what small houses can be, or the John Curtin College of the Arts, which uses folded, perforated panels to create a fascinating origami effect. Then there’s Frew Park, an award-winning example of how a traditional brief like a playground design can be made into something quite unique.

Here at Locker Group we love how weird and unusual architecture can get. The imagination and scope designers bring to their projects challenges us to push our products and our techniques to new limits. If you’re working on something new and exciting please get in touch and we can discuss how Locker Group can help make your weird idea into a weird reality.

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Decisions about design and materials will determine how secure a building is.

The relationship between architecture and burglary

 

Architects consider many things when designing a building: location, environment, technology, aesthetic appeal, and most importantly the people who will use the new space. But not everyone will use a building the way the architect would like – criminals can take advantage of architectural features in unexpected ways. Luckily, Locker Group can offer some solutions.

The unintended beneficiaries of architecture

‘A Burglar’s Guide to the City’ is a new book by American architectural writer Geoff Manaugh that details the history of how burglary and building design interact. He argues that architectural decisions that are intended to benefit a building’s occupants can provide unforeseen opportunities for burglars and other criminals.

You can’t know exactly how people will treat a space, for good or ill, until it’s built and occupied.

When designing a building for people to interact with, an architect will have in mind a particular way they expect people to use the space – they’ll walk through here, they’ll stay on top of here, and so on. But burglars and other criminals will look at the space and see its potential for different interactions – I could climb through there, or jump from here to there.

“A burglar comes along and says, ‘Look, I’m not going to follow the path that you, the architect, have laid out for me,'” Manaugh told Citylab.com.

Criminals will inevitably see their own paths through a space, and the trespassers who filmed themselves breaking into West Ham Stadium in London show that it’s not just thieves who revel in these unintended routes.

Burglars see architectural features as potential entry points to a building.Burglars see architectural features as potential entry points to a building.

Locker Group’s answers to your security needs

You can’t know exactly how people will treat a space, for good or bad, until it’s built and occupied. But you can take steps to limit the opportunities for misuse, and protect your building from intrusions and theft. A good early step at the design stage is incorporating materials that make it hard to break in.

When worked into facades or fencing, Locker Group’s perforated and expanded metal can provide a physical barrier without blocking light. With the range of colour and texture options available, you can design a space that prevents unwanted intruders, yet still feels inviting to your desired audience.

For a more intense level of security, our expanded security mesh offers a cost-effective anti-climb solution. Its development was a collaborative effort between Locker Group and the New South Wales Department of Corrective Services, with a prison level of security in mind.

Expanded security mesh is available in steel or aluminium and can be galvanised, giving you options to suit the aesthetic and practical needs of your design.

Preventing crime though environmental decisions

In the paper ‘Designing Out Crime: Crime prevention through environmental design’, Susan Geason and Paul R. Wilson of the Australian Institute of Criminology discuss the idea that environmental factors can prevent crime not only by making it physically impractical (building a wall that cannot be climbed, say) but by making it psychologically unappealing. Ways to do this include making spaces well lit, or feel like they are under surveillance to dissuade potential criminals from the idea of committing a crime.

Manaugh agrees that design decisions can help with security, telling Citylab that the choices you make about landscaping or layout can help eliminate the blind spots that provide criminals with the opportunities to break in, for example.

Making buildings secure is partly a case of making smart, aware design decisions. It is also about making the most of materials that offer added protection to the structure. Locker Group products can be incorporated into many aspects of an architectural design, to provide not only comfort and delight to the desired occupants of the building, but obstruction and disincentive to undesired intruders. To find out more about how our architectural products could help your next design project, please get in touch today.

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How can your business avoid the costs of corrosion?

The impact of corrosion – and what we can do to prevent it

 

Corrosion is a challenge for many industries, particularly those that use metal products extensively or in harsh environments. The effects of corrosion present a huge financial cost to the Australian economy, and can lead to potentially hazardous mechanical or structural failures.

But it does not have to be this way, as much of this corrosion can be prevented through awareness and design choices. Here’s how Locker Group’s industrial products and solutions can minimise the effects corrosion has on your business.

The widespread effects of corrosion

Research from the Curtin University of Technology suggests that corrosion may be costing the Australian economy more than $30 billion each year, and part of what makes that cost so high is how widespread the issue is throughout industries.

“Almost all engineering materials, such as steel, plastics and concrete, are subjected to corrosion and degradation,” says Dr Reza Javaherdashti, Curtin’s School of Civil and Mechanical Engineering Research Fellow.

The key to avoiding corrosion is choosing materials that will handle the conditions.

Professor Rolf Gubner, director of the Western Australian Corrosion Research Group, says that addressing corrosion not only saves money, it can help prevent accidents. However, decision makers do not always realise what a big issue corrosion will be, or how they can prevent it with educated choices.

“An appreciation of corrosion will, in many cases, provide opportunities for its threat to be removed during the design stages of a project, or a successful treatment program to be implemented,” he says.

The key to avoiding undue corrosion in your industrial workplace is choosing materials that will handle the conditions. We can help with this, as we offer a range of products that have corrosion-resistant properties.

Early planning can avoid the problem of corrosion.Early planning can help you to avoid the problem of corrosion.

Locker Group’s corrosion prevention techniques

Preventing metal from corroding can be done in three basic ways: coating, galvanising or using an alloy like stainless steel.

Coated metal

By covering metal with paint or some other coating it prevents it from interacting with the air or other substances in the environment that cause corrosion. This also has the potential for aesthetic appeal when a colourful or interestingly textured coating is used. Zincalume or powder-coated metals are examples of coated materials that we use at Locker Group.

Galvanised steel

Galvanising involves coating steel in a thin layer of zinc, which protects it from the elements. In addition to acting as a protective coating for the steel, the zinc behaves as a sacrificial metal – even if the steel is exposed to air, the zinc will oxidise first because it is the more reactive of the two.

Stainless steel

Stainless steel does not need to be coated because it effectively forms its own. The alloy of stainless steel contains various metals, particularly chromium, that react to air and water faster than iron. This reaction forms a thin film of metal oxides and hydroxides that protects the metal below. As Scientific American points out, the reason stainless steel appears ‘stainless’ isn’t because it has no corrosion – it’s because it’s constantly covered in a layer of corrosion that is so thin it can’t be seen with the naked eye.

Stainless steel is protected by a layer of its own oxidisation.Stainless steel is protected by a layer of its own oxidisation.

Our expanded and perforated metal panels can be finished with any of these techniques to minimise the damage of corrosion. For some architectural applications, where the look of a material is prioritised over structural longevity, metal products can be left untreated, so that the tarnished surface becomes a part of the building’s design. For industrial applications, however, the functionality and resistance of metal products will be the focus, both for the safety and financial benefits.

Corrosion and eventual degradation will affect all machinery and structures to some extent. But with sensible choices of materials that are suited to the conditions, you can minimise the impact it will have on your business. Get in touch today to talk about how Locker Group products could work best for your particular situation and needs.

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Discover how public art can make a big difference in cities.

How the Greater Sydney Project aims to improve urban planning

 

A major initiative is underway to improve urban planning development in Greater Sydney. The project is called the “Greater Sydney Project” and has recently released its 40-year vision for how they imagine transforming the city for the better, which includes more art initiatives. Discover how improved architecture is one part of many in this plan and how Locker Group can be of help in urban planning and creating artistic public spaces.

The Greater Sydney vision

The Greater Sydney Commission has released its 40-year vision for Greater Sydney and a 20-year draft open for public commentary, according to Architecture AU. Some of the Commission’s stated goals are to support arts and cultural initiatives, green spaces as well as major infrastructure investment at large. In addition, they want to improve architecture by increasing housing and streamlining processes.

Sydney has a history of prioritizing public art as part of its urban planning.Sydney has a history of prioritising public art as part of its urban planning.

The unifying goals are to create a productive, liveable and sustainable city for all, the Greater Sydney Commission website stated.

The Sydney Morning Herald reports that the major driving force is the huge amount of immigration that the city has experienced in the last decade and the population growth to come.

The value and production of public art 

What distinguishes great urban planning from good urban planning is that it is creative rather than just efficient, according to the Sydney Morning Herald.  Though the Greater Sydney Project hasn’t explicitly stated any plans for public art, producing it could help them achieve their goal to establish more cultural and art initiatives.

It is important for cities and communities to have art in public spaces.

The Australian Institute of Architects explains their public art policy and why they think it is important. They believe that it is important for cities and communities to have art in public spaces. This is because it not only transforms the urban landscape, but can also create a sense of cultural and historical awareness; it is a means of engaging with the community. For this reason, public art is increasing in popularity in Australia and the world over.

What is required to have a successful public art project? The Australian Institute of Architects states that collaboration is needed with everyone involved, including the designers, the architects, the project manager and the community.

Locker Group’s experience with public art projects 

One project that exemplifies Locker Group’s success with public arts projects is its part in creating the iconic Float sculpture of 12 upturned umbrellas in Sydney. We made it in conjunction with Stone & Milnehouse.

Locker Group was in continual conversation with the artist. 

Locker Group designed the materials to make the large sculptured umbrellas look soft and billowing with two Transit stainless steel mesh pieces. Locker Group also shaped the pieces to fit the upside down umbrella skin. Our experts have the ability to mould metal into many different forms and create unique shapes so that we can realise an artistic vision to the best of our ability.

The artist of the Float piece had a specific environmental message that they wanted to communicate to the community, which was the need to have a greater awareness of climate change. Stone & Milnehouse explain that the upturned umbrellas represent the ability to collect water rather than just being a means to shield oneself from the sun and rain. It is a reminder of our need to conserve. Locker Group was in continual conversation with the artist in order to understand the message that they wanted to convey. Located in a busy intersection, Float now provides the Ponds community with a beautiful and moving piece of art.

Contact Locker Group today to find out more about how we can help you with our wide range of architectural products that can be used for public art pieces.

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How can Locker Group products help make life easier for hospital patients?

Locker Group’s contribution to patient wellbeing

 

Locker Group’s products can be used to improve a building’s aesthetic appeal, but we also play an important role in improving the experience of a building’s inhabitants. Nowhere is this more clear, or more important, than in medical facilities. Here’s how our architectural products can be used to contribute to patient wellbeing, and an example of a recent success story.

Safety issues within hospitals

While patients are in hospital to get better, the sad reality of the situation is that their unwell state means they are at an increased risk of harm. Opportunistic secondary infections prey on people with compromised immune systems, and The US Center for Disease Control and Prevention says that approximately one in 25 patients in hospital will have a healthcare-associated infection.

The ACSQHC says that one of the largest causes of harm to patients in care is falls.

A significant physical harm that can come to hospital patients or others receiving medical treatment is that of injuries caused by slips and falls. The Australian Commission on Safety and Quality in Healthcare (ACSQHC) says that one of the largest causes of harm to patients in care is falls. This is due to the increased frailty and mobility issues that often come with periods of illness, combined with an unfamiliar setting. There are various ways to address the issue, involving organisational and physical solutions.

Handrails give patients who are unsteady on their feet an added degree of stability as they walk between hospital departments or to and from the building. Locker Group handrails are low maintenance and easy to install, and can provide hospitals or other medical facilities with improved safety, particularly for entrances and stairwells.

Shade provides comfort

Minimising the risk of injury, although critical, is not the only way that Locker Group can help to improve patients’ experiences. Comfort is an important part of recuperation, and in a country as intensely awash in sunlight as Australia, adequate shade and control of natural light is an important part of ensuring relief for a building’s occupants. A 2014 presentation by Polish architects from the Silesian University of Technology says selecting the appropriate sun protection for hospital windows has an impact on patients’ psychological wellbeing and the comfort of their hospital stay.

Our Atmosphere facade system can be used to give hospital windows a shade that takes out the overbearing light and heat of daytime sun, without unnecessarily limiting natural light. It is suitable for a range of buildings that can include hospitals and other medical facilities.

An outdoor use of Atmosphere for a Sydney hospital

A recent healthcare construction project that has taken advantage of Locker Group’s metal facades is Sydney’s Royal North Shore Hospital, which used Atmosphere panels to screen the carpark of the facility. It had the additional benefit of not only providing shade but also acting as a pedestrian barrier for safety and security.

Locker Group was involved in the planning and design process from early on, working with the design team to provide a solution that achieved its aims with minimum cost and installation time. While the scale of the project meant that there were inevitable challenges to deal with, strong planning and attention to detail meant installation was completed in just 10 days, with an end result that was satisfying both to Locker Group and the hospital’s builders. Read more about the project here.

Patient wellbeing is a broad issue with many factors that need to be considered and addressed. Locker Group is proud that we are able to contribute to the quality of care that Australian medical facilities provide. To find out more about our products or how we could help you with your next construction project, please get in touch today.

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